Modul M2025: Finite element modeling of structures
Lehrveranstaltungen
TitelTyp
SWSLP
Finite element modeling of structures (L3046)
Finite element modeling of structures (L3047)
Vorlesung
Gruppenübung
23
23
ModulverantwortlicherProf. Bastian Oesterle
SprachenEN
ZeitraumWiSe
ZulassungsvoraussetzungenNone
Empfohlene VorkenntnisseFinite Element Methods, Thin-walled structures
Arbeitsaufwand in StundenEigenstudium 124, Präsenzstudium 56
Leistungspunkte6
StudienleistungKeine
PrüfungSchriftliche Ausarbeitung
Prüfungsdauer und -umfangProjektarbeit (10-15 Seiten)
Modulziele/ angestrebte LernergebnisseAfter successful participation, students have achieved the following learning outcomes
Inhalt
  • Basic phenomena and aspects of the finite element modelling of structures are discussed.
  • Finite element modeling of trusses, beams, frames, plates and shells
  • In-plane and out-of-plane loading
  • Convergence properties of displacements and stresses
  • Singularities
  • Locking effects
  • Critical assessment, interpretation and check of results
  • Mixed-dimensional coupling of finite elements
  • Geometrically linear and non-linear analyses
  • Material linear and non-linear analyses
  • Stability: bifurcation and snap-through problems
  • Dynamic problems, modal analyses
FachkompetenzWissenAfter successfully completing this module, students can explain the fundamental aspects of finite element modeling of structures.
FertigkeitenAfter successfully completing this module, students are able to model structures with finite elements and analyse them with appropriate numerical methods.
Personale KompetenzenSozialkompetenzStudents can
  • discuss scientific tasks in a subject-specific and interdisciplinary manner,
  • represent their own results and ideas, and
  • give and accept professional constructive criticism
SelbstständigkeitStudents are able to gain knowledge of the subject area from given and other sources and apply it to new problems. Furthermore, they are able to structure the solution process for problems in the area of finite element modeling of structures.
Literatur
  • Vorlesungsmanuskript
  • Vorlesungsfolien
Zuordnung zu folgenden Curricula